白金基觸媒應用於低溫燃料電池之理論計算與實驗驗證(3/3)

Keyphrases

1. Quantum Dots 100%
2. CdTe Quantum Dots 91%
3. PtSn 75%
4. Ethanol Oxidation Reaction 69%
5. Oxygen Reduction Reaction 69%
6. White Light-emitting Diodes 66%
7. Oxygen Species 41%
8. Carbon Support 37%
9. Nanorods 37%
10. Computational Study 37%
11. Oxophilicity 36%
12. Local Structural Disorder 33%
13. Magic Size 33%
14. Low Platinum Loading 33%
15. Diode Application 33%
16. Ag Catalyst 33%
17. Full-color Display 33%
18. CoPt 33%
19. AuSn 33%
20. Nanocatalyst 33%
21. Enhanced Activity 33%
22. Structural Effect 33%
23. Electronic Effect 33%
24. Bicolor 33%
25. Surface Oxygen 33%
26. Oxygen Effect 33%
27. Active Carbon 33%
28. Dual-color 33%
29. White Light 33%
30. Cadmium Selenide 33%
31. Additive Effect 33%
32. Composition Effect 33%
33. Au@Ag 33%
34. One-pot Synthesis 33%
35. Reaction Activity 25%
36. Lighting Device 22%
37. Quantum Yield 22%
38. Solid-state Lighting 22%
39. Pt Catalyst 20%
40. D-band 20%
41. Computational Prediction 16%
42. Prediction Validation 16%
43. Low-temperature Fuel Cells 16%
44. Nanomaterials 16%
45. Experimental Validation 16%
46. Low Platinum 16%
47. Acetaldehyde 16%
48. Carbon Dioxide 16%
49. Reduction Method 15%
50. Advanced Characterization 15%
51. Surface Configuration 12%
52. Cathode Catalyst 12%
53. X-ray Absorption Near Edge Structure (XANES) 11%
54. Long Carbon Chain 11%
55. Brilliant 11%
56. Low Fluorescence 11%
57. Growing Stage 11%
58. Critical Growth 11%
59. Coordinating Solvents 11%
60. Ultrahigh Stability 11%
61. Amines 11%
62. Growth Parameters 11%
63. Optical Measurement 11%
64. Fluorescence Quantum Yield 11%
65. CdSe Nanocrystals 11%
66. White Light Source 11%
67. Commercially Viable 11%
68. High Quantum Yield 11%
69. As-synthesized 11%
70. Commercial Application 11%
71. Characterization Results 11%
72. Pt-based 8%
73. Pd-based 8%
74. Fuel Cell 8%
75. High Color Gamut 8%
76. Color Generation 8%
77. X-ray Spectroscopy Analysis 8%
78. Fuel Cell Cathode 8%
79. Facile Strategy 8%
80. Pt-Sn Catalysts 8%
81. Platinum Utilization 8%
82. Platinum Atoms 8%
83. H2O2 Reduction 8%
84. Capping Reagent 8%
85. Structural Design 8%
86. Photocurable Resin 8%
87. Nanorod Catalyst 8%
88. High Activity 8%
89. Technological Progress 8%
90. Direct Ethanol Fuel Cell 8%
91. Luminescent Materials 8%
92. Electrochemical Properties 8%
93. Microscopy 8%
94. Backlight 8%
95. Full-color 8%
96. Reaction Catalyst 8%
97. Electrochemical Analysis 8%
98. Ethanol 8%
99. Proton Exchange Membrane Fuel Cell (PEMFC) 8%
100. Promoting Role 8%
101. Enhanced Stability 8%
102. Color Gamut 8%
103. Nanoparticle Surface 8%
104. One-pot Reaction 8%
105. Experimental Sample 8%
106. Optical Properties 8%
107. CIE Coordinates 8%
108. Ag Surface 8%
109. Heteroatomic 8%
110. Atomic Clusters 8%
111. National Television 8%
112. Co Nanoparticles 8%
113. NaBH4 Reduction 8%
114. Structural Properties 8%
115. Thermal Reduction 8%
116. Ag Nanorods 8%
117. Formic Acid Reduction 6%
118. Graphene 5%
119. First-principles Calculations 5%

Material Science

1. Surface (Surface Science) 73%
2. Quantum Dot 66%
3. Nanorod 61%
4. Platinum 33%
5. Composition Effect 33%
6. Light-Emitting Diode 33%
7. One-Pot Synthesis 33%
8. Oxidation Reaction 17%
9. Ethanol Fuel 16%
10. Nanostructured Material 16%
11. Density 16%
12. Proton-Exchange Membrane Fuel Cells 13%
13. Transfer Process 11%
14. Electron Transfer 11%
15. Cathode 10%
16. Carbon Monoxide 8%
17. Nanoparticle 6%
18. Optical Property 6%
19. Optical Measurement 6%
20. Graphene 5%
21. Titanium Dioxide 5%